Ozone Guardian in the refuge Copper Chamber: Catalytic decomposition technology guards breathing safety

In the closed refuge copper chamber, the ozone decomposition catalyst plays a crucial role. It can efficiently decompose ozone in the air and ensure the safety of air quality in the refuge space.
When air containing ozone passes through the catalyst, ozone molecules are adsorbed and activated on the catalyst surface. The active site on the catalyst surface promotes the decomposition of ozone molecules into oxygen molecules, and the conversion rate can reach more than 99%. And can be carried out at room temperature, does not require additional energy input, especially suitable for emergency shelter use.
Measured data in an underground shelter showed that after the installation of catalytic decomposition devices, indoor ozone concentrations dropped from 0.3ppm to less than 0.01ppm, far below the safety limit. This catalytic technology not only solves the problem of limited adsorption capacity of traditional activated carbon, but also avoids the safety hazards caused by high temperature thermal decomposition, and provides a reliable solution for air purification in confined Spaces.